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3- Draw the logic circuit for the following equations. Apply De Morgan's theorem and Boolean Algebra rules to reduce them into equations having inversion bars over single variables only and then apply K-map to simplify the equations. Draw the simplified circuit. a) W = Ã+ B.BC + BC b) Z = ABC +D+ AB + BC

3- Draw the logic circuit for the following equations. Apply De Morgan's theorem and Boolean Algebra rules to reduce them into equations having inversion bars over single variables only and then apply K-map to simplify the equations. Draw the simplified circuit. a) W = Ã+ B.BC + BC b) Z = ABC +D+ AB + BC

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3- Draw the logic circuit for the following equations. Apply De Morgan's theorem and Boolean Algebra rules to reduce them into equations having inversion bars over single variables only and then apply K-map to simplify the equations. Draw the simplified circuit. a) W = Ã+ B.BC + BC b) Z = ABC +D+ AB + BC
Transcribed Image Text:3- Draw the logic circuit for the following equations. Apply De Morgan's theorem and Boolean Algebra rules to reduce them into equations having inversion bars over single variables only and then apply K-map to simplify the equations. Draw the simplified circuit. a) W = Ã+ B.BC + BC b) Z = ABC +D+ AB + BC
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